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General| Supported Multirotor Types | Quadcopter, Hexacopter, Octocopter |
|---|---|
| Barometer | Yes |
| Gyro | Yes |
| Accelerometer | Yes |
| GPS Support | Yes |
| Dimensions | 53mm x 36mm x 15mm |
XAircraft is not liable for illegal use, improper installation, or operation.
Crucial safety guidelines for flying the aircraft and handling components.
Details on the SuperX system components and their functions.
Explains the physical build of the SuperX system, including modules.
Lists main functionalities like flight modes, height hold, and safe modes.
Outlines performance specifications for SuperX, including hover precision and wind resistance.
Details the input/output ports and their functions on the IO module.
Explains Manual, ATT, GPS ATT, and Safe modes.
Describes the meaning of different LED flashing patterns for status and upgrades.
Step-by-step guide for initial setup and configuration.
Important considerations for operating in environments with magnetic interference.
Instructions for connecting Flight Controller, GPS, LED, and IO modules.
Shows wiring for HITEC, FUTABA, WFLY, JR, and Spektrum receivers.
Guidance for connecting different receiver types and RC calibration.
Details the power source and voltage range for SuperX.
Steps to connect SuperX to a computer for configuration and firmware updates.
Lists copter types supported by different firmware versions.
Diagrams showing motor rotation for various copter types (Quadcopter, Hexacopter, Octacopter).
Step-by-step guide for calibrating the compass using LED indicators.
Details the two vertical calibration steps (A and B) using specific copter orientations.
Final steps for neutral point calibration, including stick positioning and repowering.
Instructions on how to start and stop motors using control sticks.
Explains conditions for motor stopping and failure to start.
Details the auto take-off function and height hold behavior in different flight modes.
Explains how to adjust attitude gain via software and RC input.
Provides tips for tuning attitude gain for stable flight performance.
Describes the 4 autopilot functions available in Safe Mode.
How to manually activate Safe Mode using the radio switch and LED confirmation.
Steps to set fail-safe on radio for signal loss detection.
Defines how the home position is determined based on GPS signals.
How to regain control of the aircraft after Safe Mode activation.
Explains gimbal output ports and auto-stabilization for pitch and roll.
Details settings like Angle Gain, Control Speed, Reverse, Max/Min, and Neutral for gimbal.
Settings for channel, system, attitude line style, and low battery alarm.
Explanation of all elements displayed on the OSD screen.
Steps to connect, copy firmware, and repower for automatic firmware upgrade.
Process for updating the configuration software along with firmware.
Displays Flight Controller ID, type, firmware version, and language options.
Details what is covered under the manufacturer's warranty.
Lists situations and damages not covered by the warranty.
Explains paid services and the procedure for requesting service or repairs.
Outlines shipping fee responsibilities for warranty and out-of-warranty services.
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